Scale.



i. F. PFEIFFER.

SCALE.

APPucATloN FILED MAY 1s. 1913.

Patented Jan. 2,1917.

5 SHEETSSHEET I lluufl WAL@ m n m m1 silr L I. F. PFEFFER.

SCALE.

APPUCATION FILED MAY19.\913.

1 ,21 0,689. 'Patented Jan. 2, 1917.

G SHEETS-SHEET 2.

l. F. PFEIFVFER. SCALE.

APPLICATION FILED MAY 19. ma.

1,210,689. Patented Jan. 2,1917.

6 SHEETS-SHEET 3.

QW/ZWW/ l. F. PFEIFFER.

SCALE.

APPLICATION mso MAY19.\913.

1,210,689. Patented Jan. 2,1917.

6 SHEETS-SHEET 4.

Patented Jan. 2,1917

6 SHEETS SHEET 5.

l. F. PFEIFFER.

SCALE.

APPLICATION FILED MAY i9. NH3. 1 210 689. Patented Jan.2,1917. 6 SHEETS-SHEET B.

WMZ,

IsADoRE Interiors'y PFEIFFERQHQF AL'f'r'oonAfrfENNsYLvmA.'

' t i SCALE.

To all 4whom 'it .may concern Be it'y known that I,- Isanoma.'I1`miNcIsy Pmirran, a citizen of theUnitedStates, re siding at Altoona,` in the county, of BlairA and State .of s Pennsylvania, have i .invented-..-

certain new v and` -lls'efulf'flmprovements 'in Scales, of which theV'following is aspecication, reference being had tothe ,accom-, y

' fshelfleverg".Zthat 1n1 addltiomto `having panying drawing.- .1

This invention relates A:toi scales in particular to' "platformand rail-'arcade` scales,l or scalesof v a similar; characterv which are adapted ,-t'o4weigh comparatively-large- Y changeable steelshas valsova movab eblock ,fastened t0 shortend- .v ofL lever: de,- sign enables count?? of deveritobe changed A 4 with very l.little finovement of b lock, fas come Paredmth levers .that have? mvable' block.' ..atlon-gend1 afeprovidefscales..whoseleversL i when connected .arie alwayslffpullng or lhanging f plumb vl-. To; provide aiplatform `scales whoselevers lwillpiact; from the .plat

form oor. when the latter; is loaded.- "In-ad.- e

and heavy 1oads. 5-

Some; ofthe objects .of invention To" provide :af-'scales of; the "nature freferred to capable of accurately'fweighing compararg-` tively largeploads. yTo fp rovide means inthe scales` for 4adjusting each -operat-inglgpart-f without afectingthe working characteristicsof the other parts. ATo rovide meansfwhereby the Wearing partso 'the' scales may b e removed to ,provide i 1 other @wearing surfaces that may-'be used' whenfthe original surfaces have become worn or damaged',"A thereby lin-gcreasingfthe life of scales many timeslonger. j

To have -thescalesso arranged that its-wearL ing members Willbe of .uniform size 'andfconf l.

struction, so as to be interchangeable. To eliminate large levers and heavy -castings .in the scales. To havea Scales so arranged that its length may be increased an'extraordinary-4 amount should it be desiredgto do so, 'with-4 out materially affecting the original scales in its action or accuracy. To idesign a scales having uniform and interchangeable levers.-

To provide a scales of comparatively light and shallow construction, yet eflicient in action. To yarrange the scalessothat the swinging `movement -of the' platform fon its knife edges will be in the direction of movement of; the vehicles, railroad cars, etc.-7 v

which are weighed, thusgiving an effective floating. To provide a scales'which will not require continuous or' exceptionally long beams to be usedforsthe platform structure, particularly in thev larger 'sizes' of scales. To have the top or platform free vfrom obstructions. To provide short and rigid construction between rail and I beam. To 'prevent rail creeping. To eliminate; rail col-` umns, and to provide .a rail support'thatwill y hold securely the rail ties l and Ijbeamftogether. To provide simple means' whereby t the top of the scale platform is covered and so that a weight placed 011 this; cover has .n o'l'effect `.on-.ther*working ofV scale. To pro- ,.Yvlde an arrangement whereby the scale acts only Whenfload. is appliedtortherails. To provide scales 1 wherebyall movement of leversjup to andin'cluding 1 shelf lever 7; will bedownward thereby eliminatingtzthe upused in presenttrackscalesr To provide a interchangeable steels,l 1has'aalso ,ineans fby Patentedaan; 2;-1917.'

which-the leversystem may bebroughtinto 'y state of, equilibrum,n To provdeeath dition toLheSe k many other; objects will `become apparenti asthis invention is lmore fully setfforth.' i.

tions, where it fis shownv lin lthe form ,in tended. for Weighing loaded .railroad cars,

f differ from.; the usual j :typefof scales used for; the same Apurposes fonjvvhich they arel intended in that a 'torsionbar: which is acted upon .by a suitablenumber-of similar yarms orV branch leversspaced along it,is

used instead of. a complicated system of 'leversacting and interacting on one another. This feature eliminates the ,'enormousj cast# vings so -essential`l at present for railroad scales, and those intended. .for vheavy loads,

and enables .the scales to be4 manufactured and erectedat a comparatively, low cost. The limitsof length of thepresent railroad scales yof the four section type which are considered the better arein the neighborhood of Fifty feet, and its accuracy becomes questionable 'anddiiicult-to properly provide for in such length, whereas, thisinvention per- `mits scales v built on its principles to be lengthened to ahundredor even several vhundred feet'7 and Still accurately weigh vthe loads placed upon it. At the same time it will not be necessary to increase the depth of the scales pit which could not be avoided in other classes of scales if they were lengthcned appreciably. The lever system of the present types of scales is defective me leverithat gin. .addition tof-1 havin 1 inter r I tThe Escales referred in vthese' specifica.

chanically and practically in that the mofi-n ments will not be set in theerectedzscsalesa's they were intended't be', and"the 'adjustment that is made to overcome the defects that arise when the scales is in place gives an empiricalljacuracy. which, is farfrom satisfactory.- This invention permits' each part to be adjusted independently ofthe others and in such a manner as not to impair the systenr'or the .-prope'r alinement'and ac-v -f tion ofganyY otherpart'offthe scales. 1 i' Referring -v`now tof the l I drawings l which show 'an embodimentof this invention-as applied to a "scales" I fori; Weighing f grai'lroad'f cars t-Figure '.31' is f a longitudinal elevation', of a scaleslembodying this inventionLriFig? 2 is a plan view of Fig;1,f1'with platformA rel movedlF-ig. 31s an end view (5f-Fig".l 1, with togglejrlfting stands removed.-y Fig. et'is -a'f' sectional iviewf ofjFig. 2 fwith 'mai-nbr' branch= levers Vren'ovedfshowingtoggleforflifting dervice stands inlpsition' yFigiigis 3J-detailv of a 4 branch "leverfand its" s'upp'ortingbearingf member: Z:Fig 'fis'.a-detailinfplanfof branch" lever 'andlits' lsupportingtbearinglfl'Fig. 'b is a section through i3' Io'- f"bra1'1ch leverand bearing.- fFigslGand (Sa-show a detail of the leveling block and-f'platfo'rm yoke used for actuating"th-branclrlever; p'Figs.' 7 fand `7 show adetil "fyokefpin. with links and sup-"1' porting-steels! Figs.' 8land8iL show af'detail when saine are not continuous longitudinally. 2'lliglO isa detail in lel'evation'of the platform raising-"device", Fig. 11 fis a plan view ofiplatformraising 'device.".1Fig. 12 lis an isometricfjdiagram' ,indicating the relative movenie'ntsfof 4theg'mechanism fof the with long torsio'- lever-and one of the short torsion' levers' fused in fthis scales Awith bearings for js'upporting"`it;y. fFigs. 14v and, 14 show ar'section representing a method' employed'in leversto hold thestee'ls in place and to give them (steels) their interchange-l ability..v f 'Figs' 115 'and 15a show a=detail of the loop used in these scales. Fig. 16 is a sectional viewl showing a method of constructing topof scalefplatform; Figs; 17 and 17'a show a detail of a' preferred link bearing used in these scales for connecting-the 5th lever and'torsion'-bar lever.v Figs. 1 8 and I18a shor adetail 'of 5th,lever -Withmovable block 'at short end,1both ends-of-"thi's-lever' also show 'a method used on "theilevers for holdingithe steels when method Yshown byr Fig. 14' is not used. "Figs, 19 and 5719? show7 a detail of shelf lever. Fig 2O` is a plan detail of the'torsio'n bar.' Fig. 211is a'sectionalelevation of Fig. 20.

Similarlreference charactersv refer to simi lar parts throughout'the drawings.` .u

In the'feonstruction shown "1* represents -the- 1 and suitably Lplaced inthe-same, s that-they` 'showninft1e'drawings;'i-Itwvillfbe notedlin; -F ig. 112; fthat "the'-fulcrum's'fA off thebranch.. 'levers-areiadjacentonf the e'ds' and-thatth'eu -1 i. 'legs press more centrally and tha-tithe otherv ther steels 7 and knife edges 8 to short arms 11. The short arms-1 1l are suitably mounted.l 1=

ground about a scale pit providedfor the lscales re'ferredl to, andi 2 is theplatform 'propen'oftlie scales on' which the ties or sleepers 3 and rails f1 of the tracks for guiding the railroad cars on the scales are mounted., The supporting structure for the plat-., 'form consists mainly of I beams 5, which run longitudinally across the scales, and are suitably secured to the platform.

,A suitable number of legs or=yokes 6 are fastened-to thefunden side yof .the I beams, .and are provided throu h yoke pin 17 and*- links `17-with steels 7, wghich are --removab-lymay be removed orr-otatedl ias the condi- -tions lrequire.) I-Thesewsteels press fdown- 1J levers 9 which are fulcrumed onth'esteels and bearinffsllgwhichsupport them, asis ends ofthelevers a'r'e' lconnected'-througl'ron a torsion IbarvlQso that thesmovement V. given to .the 'former will be 'given to the orgiven'aIquasi-torsional'stress. 1 95' f The*movement-fof lthe'larawill cause an. I operating lever.- 111 Ito move-'on its fulcrum which also-' 'has steels Z'and knife edges 8,.

'fand is supported bya suitable bearing-memgber 15:"1'5Ihe lever 14T throu'gh its connecting.

links 15"", operatesthelind'iatorl', so that i 'the loaydon the scales may 'be .readily read The legs are prefer-ably bifurcated and in order that they may: be'positively kept-on 105' y the branch levers they ,are providedwith the pins`17 -which transversely lock'th'ev bifurcations together.l Bolts 18 and set screws -arev providedk for securing the branch -levers to the torsionbar 12,- andset screws 19 serve Av rodf27 suitablyactuatedby a lever or motor pullsthe element .23, so'that the linkswill be'brought 'vertically under the heads 21, and lforce the llaitter up and thereby'raise the pla1tform- E The elements 23 'are preferably supported with froller bearings 25 to reduce their frictional resistance.. 'In order to have interchangeability .of

knife edges a block of metal 26 is either fitted or cast in lever 28 (section of lever' Fig. 14) after fitting or molding the block 26 is removed from lever 28, machined and fitted out so that steel 8 will be located properly, steel 8 is then held securely in place by bolt 29, although other means may be used for the purpose.

In constructingthe platform of the scale means are provided as shown 'in Fig. 16 which consist of tie 3 which extends across scale and rests on I bea-m5 rail 4 fits and is bolted on rail supporter 4: through tie 3 to I beam 5. The rail support is made of metal and runs continuously (in sections if necessary) the full length of scale 3 is a. false tie which is supported at leach end in pockets made in side of scale pit, and which ties are placed between ties 3 and midway between rail support 4vand I beam 5. rPhe/se ties 3 are for supporting the light flooring across, scale.

In Fig.- 8 is seen a preferred form ofbearying' surfaces for 'knife edges. In this type thebearingsurface is -flat and outwardly Vusual conveXedA types of bearing surfaces used for similar purposes in the mechanical arts and especially for scales.

The general yconstruction of the' scales shown in the modification in the case may vindicate that' the beam shouldv -be separated 'where ythe pit is kept is shallow as possible in order to permit the 5th-beam to project to the sides in the Vmanner shown. There are, however, several ways in which thel separating of the beams could be avoided, and the first method is to cut-'a slot or hole in the beam, while the second method is to place the 5th-beams on the end of the shaft or torsion bar, as it is technically referred to in this specification, and it is intended that this application cover these forms of construction without more specifically referring thereto.

A special feature 'that should be noted is the arrangement of making fulcrum and the adjustment on the 5th-beam `on the short arm, which eliminates many of the defects in the present type of scales, one in particular being that of tending to raise the bearing member that supports it on its foundation. It vis further understood that the 5th-beam may be kept entirely out of the pit should such an arrangement be permissible. This would be done by using any suitable means for transmitting the movements of the torsion bar to the 5th-beam from where it is placed.

In order to provide a more positive and careful means to be used as knife edges than is at present used, a knife edge of the square cross-section, see Figs. 9 and 19 is used; and

as before referred to, the bearing pieces for the same are grooved bars, arranged with a plurality of the necessary surfaces for them to rest on. The-first arrangement is a valuable part of this invention as it enables such a knife edge to be readily ordered from stock, and accuracy in their cross-section is not essential, if their sides are at right-angles, because the vertical position of the edge will always be the same, which thereby does not affect the moment of the lever. Either the four sides may be used for knife edges. To better illustrate this arrangement, it may be -said that if the proper size of the knife edge is an inch square, and one and a sixteenth of an inch is the size of the only bar available, or one that is fifteen-sixteenths of an inch, they will not appreciably aect the accuracy. The method of arrangingthe castings for the bars that must be removed for machining and which is a unique development of this invention consists in the placing of the supportv for knife edges, journal bars,

lock, etc., in the casting when itis cast, putting if necessary a lamp black covering on the same so that when the casting is made the metal member that has been so placed in, may be readily knocked out. The results of this method are productive of a casting that is specially suitable for this invention herein described particularly as most of the specially machining of the same is avoided, and the danger of breaking the casting is eliminated during movement.

As may be seen in Fig. 18, side elevation, the knife edge is inserted in a V-shaped groove in the block l2, which block is held in place by means of bolts 18 and set screws 26. The knife edge is readily removable and is shown with no additional means for keeping it in position. The pressure between the block and the part 7 together with the sides of the V groove serve to keep thc knife edge in place, and will prevent thc knife edge from coming out in operation although it may be readily removed at other times.

In this scale it will be noted that the wearing of the pins does not materially affect the accuracy of the same.

In order to eliminate another great defect in the present types of scales an improved form of shelf lever is provided which eliminates the trouble and incidentally any inaccuracy which occurs with the general kind that are adjustable adjacent to the scale bar. The platform described and shown in this application is not only simple but eliminates the special clamping arrangement now in use, as well as the special rail chair or rail beams, that separates the rails its entire length, and which has been considered a necessary evil due to its tendency to crack and permit creeping.

It will be seen that the platform arrangeloating in its reference@tolevers'inthisapplication-,; designates a, levergwhicli hasy v a definitely. disposed? fulcrum; pointand support for the. same,` nei-then of( Whicncliange appreciablyinrelatioIi-toone another oinposition,f. inv their; normalfleverage action. -It

rotate anormal andsimple .manner ma stationary fulcrum PQ-ntandysupnort for same, britnot svvingl or-oscillategtherewith.

It particularly-admets; from lthose lclassesgof levens which have,-links.. ore` -othen Vflexible swinging@` on, Heatingmeansffin; use, for 'the supportiof theirgfulcrums.

It Willcbe-noted thatithe brandt levers :are nmuntedJl :in pairs .-sothat-.two f connect i with one short. arm,.. andfthe branch levers A are right and.' lett accudire; t0: thefposton .they aretin. This.isinrdenfftmpermitf a great amount of/adjustmn .t0 be made and to-...give ammorel evem distribntionffof the Weightfto the brancbeleversfl lVhile but .one .formiOf-tbe-.constructiorn is shown in thedrawings; it is not-.intended to limit. this; application; forg patent; to" that particular form, origin any-.otberway :other- Wise than limited, bytheprion art, asmany modifications inf -ther constnucti'on \,o fthis in; vention: may. be made.. without departing from the principles. thereof.

.Having thus describedf the A:invention what isclaimed gis: .A l 1 Arailroadscales.comprising in combination. a Platform, a plurality ofA .equal non.- floatinglevers .for suppprting .-the platform, a polygonal lever., A meansy for-,5l rotating/l the polygonal v lever: by the;- rstfmentioned lle;- vers, knifefe ores arrangedf.td-recess..iny one of tlie edges ofthelever .-andf supporttlie same, and means .for supporting tbe knife? edges.

2. A railroad scalesicomprising. iii/combination, a platform, a plurality-of fbeamssupzporting the platfornn.v nonnoating.. levers supportingthe beams, flexible .members-.lacted upon by said,lev.ers abar -torsionally acted upon by. said members, means for indicating loadsfactuatedfby said bar, and knife-edge. means forsuppor-'tingthel barand permitting `.the same .-to turn about its longitudinal axis., l `f 3. Arailroad scales comprising5 in combination, a platform, a plurality of beams supf porting the platform, non-floating levers supporting the beams,-lexible members-acted uponI by said levers, a. gbar, torsienallvl acted upon by saidme1nbers,mea n s fonindicating loads actuated by said banremovable'knife ble members-.ftthe bar. .4.. A scales,. cmnprisingj in comblnation, ya

platform,v a .5 plurality 4oliv beamssupporting i the platform, non-iioatingflevers ,supporting the beams, means for indicatingqthe loadson theA platformactuated l by-. the` leve/12s,. blocks in the; levers, 4knifefedges `set;l in the blocks, and ljournxalfmeaiis forthe knifeg-edges-to engage in; :andbef` supported her-elly.'

is an arrangementgwhiclifpermitsga leverto 5. A scales; comprising-in combination, a

platform, ,aplura1ity-; @if beams :running under-the plat-formaand supporting fthesame, -yokesfmounted 2 theffbeamsa levers links .--fleX-ibly fcbnnectingpthe yokeszand leversfto- =gether4 rsad'links: yokesand-levers bengfar- .ranged to. move in adfirection; away fromqthe platform when th'efplatformfissupporting a weight, .aff single weighing; lever; acted-'f upon by said levers, means for supporting the beamsfindepjendentlyoffthe. leversand journalimembers forfSd-levers, links, and yokes a y-aptedto presentapluralitycf changeable bearing surfaces.

'- y. 6 A1 scales comprismg yin; combination, ,a l'platforna' a'plurality; of; beams runningfunder Sthe platform andsnpportingj-tlie same,

yokesmounted vin :thewbeamsr levers; links flexibly connectingfthe! yolqes andleverszto- :.gether, saidlinlga; yokes and leversfbeingar- -rangedeto movelin-ag directienf away-from the 'Platfom when' thpltformis supporting a Weight, asingle...weighing leven actediippu bygsaid levers, meansfor conpligngthegbeams andspacingthem, and: toggle-mechanism for raisingthe beams` and platform.. 7 Ascales-c'omprisingyin; combination.,` a

platforn 1a;.plurality of girden seetionsfsapl .porting-the.- platfonm, yokesi ontlie sections, leversbetween the, yokes, links for transmitting Weight f fromA the yolres to `the levers, re',- movableemeans fforcliold-ing, the.' links; in place, fulcrum members for the levers, means for supporting themeInbers-,Jme-edges for bearingly connecting the members andflast mentioned means. together,` means for adjusting the length-l of;.levers, -a single bar acted upon,.directly byall of the a-fore-miem tionedl levers,- a .Weighing leverconnectedto the. bar, and means for supporting the lever.

8, A, scales comprising; in combination, a platform, a plurality-of girder sections supporting. the platform, yokesl on tliegsections, levers,.between. theyokes, links for transmitting-Weight-from-the yokes to tbelevers, removable. means f for holding-- the links in place, fulcrum members forthe levers,-means for-v supporting l vthe members, a knife-edge, means coacting betweensaid @knife-.edge and membersymeans for.. adj listing. the len-gtli' of levers, -arsinglebar acted-upon directly by all. ofthe aforementioned levers,- .2i-,weighing i efective'length of the weighing lever at its short Aend.J

10. In a scales, means for providing apluof wearing surfaces 4at the: journals inv a singlezbearing member `and means for adjustingthe effective length of the weighing lever atits short endand means for-'locking the means having the plurality,l of wearing surfaces place. l y

11. A scales 'comprislng 1n combinatlon,

weighing levers having wedge-like clearance holes y"therein, fon` bearing purposes, blocks positioned in'said holes, knife-edges in said blocks, 'fand-bearing imeans for J theI knifeedges, a platform, and apeXedl U shaped links connecting the platformand bearing means, whereby the links be 'kept centered and chance forerrorreduced.l

12. A scales .comprisingL combination,

weighing levers having clearance xholes therein for bearing purposes, separable' blocks positioned in said holes, knife-edges set in said blocks for bearing means for the knife-edges, grooved members for the knifeedges to rest in, means for retaining the members positioned, and means for securing the knife-edges to the blocks.

13. A scale comprising in combination, Weighing levers having box-like butt portions havingwedge like clearance holes therein, blocks self-holding in the holes, knifeedges of polygonal cross-section in the blocks, means for holding the knife-edges in the blocks, a main lever acted upon by said weighing levers, self-centering links for flexibly connecting the lever and weighing levers together, means for supporting the knife-edges and levers, and scale indicating means connected with the main lever.

14. A scales comprising in combination, a platform, non-ioating weighing levers supporting the platform, means for adjusting the length of levers, a torsion bar actuated by the levers, a fifth-lever actuated by the bar, indicating means acted upon by the fifth-lever, supports for the levers and bar, and interchangeable members having a plurality of bearing surfaces for connecting the levers, bar and supports together.

15. A scales comprising in combination, a platform, means supporting the platform, yokes connected to the platform, links on the yokes, levers connected by the links to the yokes, means for fulcruming the levers adjacent one end thereof, links connected to the levers in addition to the aforesaid links, a

torsion mechanism actuated by the last mentioned links, weighing mechanism operated by the aforesaid mechanism, interchangeable bearing members having a plurality of bearing surfaces and edges for the levers, yokes and links, and means for retaining the members in the same arranged to lit properly without requiring machine work.

16. A scales comprising in combination,a platform, means supporting `the platform, yokes connected to the means, links on the yokes, levers connected by the links :to the yokes,`means Afor fulcruming the levers adjacent one end thereof, links connected to the levers in addition to the aforesaid links, a torsion mechanism actuated by the last mentioned' links, a weighing shelf-lever operated by said mechanism and weighing means operated by the shelf lever.

17.v A scales comprising in combination, a platform, means supporting lthe platform, yokes connected vtothemeans, links lon the yokes, *leversl connected by' the links 'to fthe: yokes, means for fulcruming'the 'levers 'ad-I jacent one lendv thereof,E links connected to the levers in addition to the aforesaidlinks, a torsion mechanism actuated by the last4 mentioned links, a shelf-lever provided with a plurality of arms, operated by said mechanism, weighing means operated by the shelf-lever and connected to the arms thereof, and adjustable weighing means for the shelf-lever for adjusting the balance of the scales.

18. A scales comprising in combination, a platform, a plurality of beams supporting the platform, means joining the beams together, non-floating symmetrical levers oscillatably supporting the beams, a common member acted upon by said levers, a fifthlever secured to the member, another lever acted upon by the last .mentioned lever and indicating means actuated by this lever, stops for limiting the downward movement of the beams, and means for raising the stops simultaneously.

19. A scales comprising in combination, a platform, leveling blocks on the platform, yokes engaged to the blocks, yoke-pins in the yokes, Weighing levers, links flexibly connecting said levers and pins together, a torsion bar having grooves therein, knife-edges set directly in the grooves, arms projecting from the torsion bar, links connecting the arms and levers together, means for indicating the load on the platform actuated by the torsion bar, and rigid means for supporting the levers and knife-edges.

20. A railroad scales comprising in combination, a platform, a plurality of separated beamconstruction units supporting and framing the platform, yokes on the beamconstruction units, weighing levers actuated by the yokes, apeXed links centrally connecttuatablehtherebotwem afshelfdlevr operated tuoto-by tho lovorsodbonhavng at desirable j0111x1211:loc@tions, -knife,v

tion moito, wel hoglooxwotmoof @footnote by Jobo, yokos, opoxfedhokspomootmho lows and by tho loYoS,

oovoioodosroblooonool locations, o-odgiospoioulatorjr,

' reoossod mio-.,odgoa moons fio?. supportmg ood-,swung obo boos, over oporatodby ,the ,tor- Sion :bar v disposed ,between the unito and ,ao-

gliemeeting sion banhavmggroovos,thoroxhlsni so@ directly ilk-tho gnomes, from ho Lo r.s1 o11,ha17, l

YloohingtmsuD- Qfi ams, ,Rr ooilg' oonnoolggzxhe I arms @mi ,lows ,togotholmmomo ,fomndlook- 111g tholood op ,tho plouf 

